absolute addressの例文

• Position-independent code avoids references to absolute addresses and therefore does not require relocation.
• Bits are always specified by absolute addresses; there is no register-indirect or indexed addressing.
• Systems programming Checked and raw pointers, type cheats, bit manipulation, absolute addresses for device registers.
• One thing to note here is that we can reach our final absolute address in many ways.
• TRSDOS then fetched from a table the absolute address of the needed service routine and branched to it.
• A " far " jump is one that uses the full segment base : offset value as an absolute address.
• Position independent functions accessing global data start by determining the absolute address of the GOT given their own current program counter value.
• An E8E9 transform scans for CALL and JMP instructions ( opcodes E8 and E9 hex ) and replaces their relative addresses with absolute addresses.
• In this way, characters can be very efficiently translated from'raw data'to a usable sequential index and then to an absolute address without a lookup table.
• As a result, there is a one-to-one correspondence between addresses and memory locations, but it is impossible for a Redcode program to determine any absolute address.
• Under the " relative addressing " scheme, to obtain an absolute address, the relevant base address is taken and offset ( aka displacement ) is added to it.
• Another form of memory address is memory offsets ( relative addresses ) where the amount to add to a fixed reference address is given, rather than the absolute address.
• In other cases, the entry point is at some other fixed point, which is some memory address than can be an absolute address or relative address ( offset ).
• To perform an equivalent loop on an 8080 would require separate decrement and jump ( to a two-byte absolute address ) instructions, and the flag register would be altered.
• Generally, though, such schemes are a lot of trouble, and for convenience to the programmer absolute addresses ( and underlying that, a " flat address space " ) is preferred.
• The absolute address addressing mode can only be used with static variables, because those are the only kinds of variables whose location is known by the compiler at compile time.
• The language provides for ( limited ) single-processor concurrency ( monitors, coroutines and explicit transfer of control ) and for hardware access ( absolute addresses, bit manipulation, and interrupts ).
• Windows programs generally avoid segment arithmetic because Windows implements a software virtual memory scheme, moving program code and data in memory when programs are not running, so manipulating absolute addresses is dangerous; programs should only keep handles to memory blocks when not running.
• ConEuc extends a core subset of Euclid with monitors ( as specified by C . A . R . Hoare ) as well as language constructs needed for systems programming including separate compilation, variables at absolute addresses, type converters, long integers and other features.
• Turing + extended original Turing with processes and monitors ( as specified by C . A . R . Hoare ) as well as language constructs needed for systems programming such as binary input-output, separate compilation, variables at absolute addresses, type converters and other features.